Nanocomposite Materials for Green Energy and Heat Management
ORAL
Abstract
The quest for sustainable, greener energy through harvesting and heat-management technologies has recently developed a significant interest in new nanocomposite ceramics with large electromechanical, triboelectric, pyro- and photocatalytic, and electrocaloric (EC) effects [1-4]. An overview of the large EC, piezoelectric, and triboelectric response in flexible ceramic nanocomposites exploiting enhanced multiferroic properties of lead-free BCZT and BaTiO3-based nanoparticles will be presented in this contribution, including flexible polymer composites' large energy harvesting potential [2]. The impact of filler’s dielectric permittivity and size of nanoparticles on enhanced properties of flexible nanocomposites will be discussed [3]. In addition, the catalytic potential of ceramic nanoparticles in hydrogen evolution will be presented [4]. [1] Z. Kutnjak., B. Rožič, R. Pirc., Wiley Encyclopedia of Electrical and Electronics Engineering, 1-19 (2015). [2] Z. Hanani et al., Nano Energy 81, 105661 (2021). [3] A. N. Morozovska et al., Ceram. Int. 50, 11743 (2024). [4] S. Touili et al., Int. J. Hydrogen Energy 78, 218 (2024).
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Publication: [1] Z. Kutnjak., B. Rožič, R. Pirc., Wiley Encyclopedia of Electrical and Electronics Engineering, 1-19 (2015). <br>[2] Z. Hanani et al., Nano Energy 81, 105661 (2021). <br>[3] A. N. Morozovska et al., Ceram. Int. 50, 11743 (2024). <br>[4] S. Touili et al., Int. J. Hydrogen Energy 78, 218 (2024).
